Process Data Sheet

EOS Titanium Ti64 for EOS M 300-4 | 60 µm

EOS M 300-4 - 60 µm - TRL 5

Process Information Metal

  • Highest quality across the entire build plate by using advanced exposure strategies
  • Optimized downskin parameters for highest surface quality
  • Low angle buildability by maintaining optimal surfaces
  • Reliable support parameters for very low angles
System Setup EOS M 300-4
EOS Material set Ti64_060_CoreM304
Software Requirements

EOSPRINT 2.13 or newer

EOSYSTEM 2.17 or newer
Recoater Blade HSS (High Speed Steel)
Inert gas Argon
Sieve 63 µm
Additional Information
Layer Thickness 60 µm
Volume Rate up to 4 x 9.0 mm³/s
Exposure Strategy Swimlanes

Chemical and Physical Properties of Parts

The chemical composition of parts is in compliance with standards ISO5832-3, ASTM F1472, ASTM F2924, and ASTM F3302. Composition complies with EOS Titanium Ti64 powder.

Microstructure of the Produced Parts

Defects Thickness Result Number of Samples
Average Defect Percentage 60 µm 0.01 % -
Density EN ISO 3369 Thickness Result Number of Samples
Average Density 60 µm ≥4.4 g/cm³ -

Mechanical Properties

Mechanical Properties Heat Treated

EN ISO 6892-1 Room Temperature | 60 µm Yield Strength [MPa] Tensile Strength [MPa] Elongation at Break A [%] Reduction of Area Z [%] Modulus of elasticity [GPa] Number of Samples
Vertical 1040 1140 14 - - -
Horizontal 1030 1130 12 - - -

Using Swimelane exposure strategy

Mechanical Properties As Manufactured

EN ISO 6892-1 Room Temperature | 60 µm Yield Strength [MPa] Tensile Strength [MPa] Elongation at Break A [%] Reduction of Area Z [%] Modulus of elasticity [GPa] Number of Samples
Vertical 1180 1280 9 - - -
Horizontal 1170 1320 5 - - -

Using Swimelanes exposure strategy

Hardness

EN ISO 6507 Heat Treated
Value 349
Unit HV5
EN ISO 6507 As Manufactured
Value 375
Unit HV5

Surface Roughness

The surface quality was characterized by optical measurement method according to internal procedure.
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